Key Features

• High Purity: Made from high-purity quartz sand, ensuring the tube’s stability and long-term performance in high-ozone environments.
• Low Hydroxyl Content: The high-temperature dehydroxylation process controls the hydroxyl content to under 5 ppm, improving the material’s performance.
• Adjustable Ozone Concentrations: Different ozone concentrations can be provided to meet various application needs.
• International Standards Compliance: Meets international industry standards, ensuring reliability and consistency.
• High Temperature Resistance: Excellent thermal stability, suitable for high-temperature operating environments.

Applications

• High-Ozone UV Lamps: Used in the production of high-ozone UV lamps, providing strong ozone generation capabilities.
• High-Ozone Sterilization Lamps: Applied in air and water sterilization and disinfection, offering powerful sterilizing effects.
• UV Quartz Lamps: Serves as the core component in UV quartz lamps, widely used in air purification and water treatment.
• Various Sterilization Lamps: Utilized in sterilization equipment for medical, environmental, and other applications, ensuring hygiene and safety.

Key Features

• High-Temperature Resistance: Crafted from high-quality quartz, this lamp head can withstand extremely high temperatures, making it suitable for the harsh high-temperature environment of hydrochloric acid synthesis furnaces.
• Corrosion Resistance: Exhibits exceptional resistance to corrosion, particularly in acidic environments, ensuring long-term stable operation in harsh chemical conditions.
• Excellent Light Transmittance: The lamp head’s excellent transparency ensures that light is transmitted efficiently, providing clear and effective illumination.
• High Stability: The quartz material remains stable even under high-temperature and acidic conditions, making it durable and resistant to aging, which extends its service life.
• Custom Design: The lamp head can be tailored to specific dimensions and shapes based on the needs of different hydrochloric acid synthesis furnaces, providing flexible solutions for various applications.

Applications

• Hydrochloric Acid Synthesis Furnace: Serves as an essential component within hydrochloric acid synthesis furnaces, providing the necessary light source for smooth and efficient operation of the reaction process.
• Chemical Industry: Used in chemical production processes that require stable light sources and support in high-temperature and strongly acidic environments.
• Metallurgical Industry: Widely used in high-temperature reactions and heating processes within the metallurgical industry, helping to enhance production efficiency.
• Laboratory Equipment: Ideal for high-temperature experimental setups and specific lighting needs in laboratories, ensuring stable and efficient experiments.

Key Features

• High-Temperature Resistance: Made from high-purity quartz, this lamp tube is capable of withstanding extreme temperature changes in high-temperature environments.
• Excellent Light Transmittance: The quartz lamp tube offers high light transmittance, ensuring clear visibility and enabling efficient operation during the production process.
• Corrosion Resistance: Quartz exhibits outstanding resistance to corrosion, especially in strong acidic environments like hydrochloric acid, extending the lamp tube’s service life.
• High Stability: With exceptional physical and chemical stability, the lamp tube performs reliably under long-term high-temperature conditions.
• Custom Design: The lamp tube can be customized in terms of size and shape to fit the specific requirements of different hydrochloric acid synthesis furnaces.

Applications

• Hydrochloric Acid Synthesis Furnace: Provides a stable light source within the furnace, ensuring efficient operation throughout the hydrochloric acid synthesis process.
• Chemical Industry: Suitable for use in strong acid environments, providing illumination and high-temperature reaction support in chemical production and laboratory settings.
• Metallurgical Industry: Offers clear visual support for high-temperature chemical reactions during metallurgical processes, ensuring safe and precise operations.
• High-Temperature Laboratory Equipment: Ideal for high-temperature experiments, offering lighting and support for reactions in demanding environments.

Key Features

• High-Temperature Resistance: The quartz guide lamp head can function reliably in high-temperature environments, offering superior heat resistance.
• Corrosion Resistance: With its excellent acid and alkali resistance, the quartz material can withstand the corrosive substances encountered during the hydrochloric acid synthesis process.
• Excellent Light Transmission: High-purity quartz glass ensures optimal light transmission, providing clear visibility of the light source in the furnace.
• Low Thermal Expansion Coefficient: The low thermal expansion of quartz reduces the risk of damage due to thermal shocks, ensuring long-term durability.
• Custom Design: The lamp head can be customized in various shapes, sizes, and specifications to meet the specific needs of different industrial processes.

Applications

• Hydrochloric Acid Synthesis Furnace: The quartz guide lamp head is a key component in hydrochloric acid synthesis furnaces, ensuring accurate lighting and guidance in extreme environments.
• Chemical Industry: Widely used in other high-temperature chemical reaction processes requiring stable light sources.
• Metallurgical and Semiconductor Industries: Used in metallurgy processing and semiconductor manufacturing equipment to provide precise lighting and guidance.
• Laboratory Research: Ideal for high-temperature chemical experimental setups, offering stable illumination and guidance for precise research operations.

Key Features

• High-Purity Quartz: Made from high-purity quartz to ensure that no impurities are released during high-temperature processes, preventing contamination in photovoltaic products.
• High-Temperature Resistance: Can withstand temperatures over 1000°C, making it suitable for high-temperature annealing processes in the photovoltaic industry.
• Chemical Stability: Excellent resistance to corrosion, allowing the door to operate in various harsh chemical environments.
• Good Transparency: High light transmittance, enabling operators to monitor and control the furnace process effectively.
• Strong Thermal Stability: Low thermal expansion coefficient, reducing the impact of temperature fluctuations on the equipment, thus extending its service life.

Applications

• Photovoltaic Industry: Widely used in the high-temperature annealing and heat treatment processes for solar cell production, ensuring process stability.
• Solar Cell Manufacturing: Used in the annealing furnaces for solar cell production, ensuring smooth operation during high-temperature processes.
• High-Temperature Equipment: Ideal for various industrial furnaces and heating equipment that require high-temperature and chemical corrosion resistance.
• Heat Treatment Processes: Applied in heat treatment processes for metals and materials, where high-temperature and precise process control are required.

Key Features

• High Transmission: Over 90% UV transmission at 253.7 nm, ensuring strong sterilization effects.
• UV Cut-off: Effectively blocks UV radiation with wavelengths shorter than 220 nm, reducing potential damage to materials and equipment.
• Clear Surface: The surface is colorless, with a faint purple cross-section, providing excellent optical characteristics.
• High Stability: Offers exceptional stability and durability, suitable for long-term, high-intensity use.

Applications

• UV Sterilization Lamps: Used in UV sterilization lamps for disinfecting air and water.
• Electric Light Sources: Acts as a core component in electric light sources, providing efficient UV radiation.
• Medical Equipment: Applied in medical devices for sterilization and ensuring equipment remains sterile.
• Sterilizing Devices: Widely used in sterilizing equipment such as air purifiers, water treatment systems, etc.

Key Features

• High Transmittance: Offers excellent optical transmission properties, effectively transmitting visible and ultraviolet (UV) light.
• Good Thermal Stability: Resists high temperatures, maintaining stable performance in hot environments.
• Low Hydroxyl Content: Through vacuum dehydroxylation, the hydroxyl content is controlled between 1-20 PPM, enhancing the material’s thermal stability.
• Chemical Resistance: Exhibits strong resistance to chemical corrosion, making it suitable for harsh environments.
• Precise Specifications: Manufactured with strict processes to ensure size accuracy, meeting various application needs.

Applications

• Lighting Industry: Widely used in halogen lamps, mercury lamps, single-end lamps, automotive lights, stage lighting, and other light source devices, providing excellent protection for light tubes.
• Water Treatment Equipment: Used in water treatment lamp sleeves, ensuring long-term stable operation in high-temperature and UV-light environments.
• Photocopiers: Used in photocopiers to protect and transmit UV light in UV lamps.
• Quartz Ware: Used in the manufacturing of various quartz vessels, offering high-temperature and chemical stability.
• Other Industrial Applications: Extensively used in industrial sectors requiring high-temperature resistance and excellent light transmittance.

Key Features

• High-Purity Quartz: Made from high-purity quartz material, ensuring no contamination of photovoltaic cells during processing.
• High-Temperature Resistance: Capable of withstanding extreme temperatures, providing stable support during the manufacturing of solar cells.
• Excellent Thermal Stability: Provides uniform heat distribution, crucial for precise heating and annealing of solar cells.
• Chemical Stability: Highly resistant to corrosion, making it ideal for the harsh high-temperature and chemically active environments typical in the PV industry.
• Cone-Shaped Design: The unique conical shape facilitates even heat distribution, improving the efficiency and effectiveness of the treatment process.

Applications

• Photovoltaic Industry: Primarily used in high-temperature processes like heating, annealing, and surface treatments of solar cells.
• Solar Cell Manufacturing: Essential for thermal processing and other production steps in solar cell production.
• High-Temperature Processing Equipment: Used in precision heating and processing applications in environments with high temperatures and chemical reactivity.
• Photovoltaic Module Production: Supports the production of photovoltaic modules, ensuring stable and efficient processing conditions.

Key Features

• High Purity Material: Made from high-purity quartz to ensure stability and reliability while preventing contamination during the process.
• High-Temperature Resistance: Can withstand high-temperature environments, making it ideal for semiconductor industry processes.
• Excellent Chemical Stability: With superior corrosion resistance, it can maintain long-term stable performance in harsh chemical environments.
• Precision Design: The tray-shaped design provides stable and smooth wafer support, preventing movement or damage during processing.
• Superior Thermal Stability: Ensures even heat distribution, guaranteeing uniform temperature conduction without affecting the heating process.

Applications

• Semiconductor Industry: Used for wafer support and handling, ensuring precision and stability during semiconductor processing.
• Optical Manufacturing: Used to support optical components, ensuring precision during the manufacturing process.
• High-Temperature Reaction Equipment: Ideal for material support in high-temperature environments.
• Laboratory Equipment: Serves as a high-temperature supporting device in research experiments, ensuring temperature stability and material integrity.

Key Features

• High Purity Material: Made from high-purity quartz, ensuring no impurities are introduced during semiconductor manufacturing, safeguarding process accuracy.
• High-Temperature Resistance: Stable performance in high-temperature environments, ideal for heating and annealing processes in semiconductor production.
• Excellent Chemical Stability: Offers strong corrosion resistance, suitable for harsh chemical environments.
• Precision Design: The boat-shaped design ensures smooth and stable wafer handling, preventing damage during processing.
• Outstanding Thermal Stability: Even heat conduction ensures uniform temperature distribution during heating processes.

Applications

• Semiconductor Industry: Used for wafer handling, heating, and annealing in precision processes.
• Optical Manufacturing: Applied in thermal treatment and processing of optical components.
• High-Temperature Reaction Equipment: Used for material handling and heat treatment in high-temperature environments.
• Laboratory Equipment: Ideal for high-temperature heating and material processing in research experiments.